Index Catalog // Hyrax

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Filtrage par: Orcid https://orcid.org/0000-0002-1964-7600 Unit (Department) Biomedical Engineering

1. Lowering Bone Stress Injury Risk by Understanding Loading Angle, Bone Strength, and Training Load

Mot-clé:: strained volume, bone stress injuries, loading angle, bone strength, cumulative loading, and finite element modeling
Créateur:: Young, Bryhannah
Advisor:: Troy, Karen
Éditeur:: Worcester Polytechnic Institute
date créée:: 2023-11-30
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Biomedical Engineering

2. Three-Dimensional Modeling of the Neuroblastoma Microenvironment for Immunotherapeutic Drug Testing

Mot-clé:: Immune, Three-dimensional, Co-culture, Microenvironment, Silk Fibroin, and Neuroblastoma
Créateur:: Mistretta, Katelyn
Advisor:: Coburn, Jeannine M
Éditeur:: Worcester Polytechnic Institute
date créée:: 2024-05-28
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Biomedical Engineering

3. Development of Cell-only Vascular Tissue Models Using 3D Bioprinting

Mot-clé:: Vascular tissue engineering, Disease modeling, Cell-only bioinks, Stem cell differentiation, Cellular self-assembly, and 3D bioprinting
Créateur:: Figueroa Milla, Andre
Advisor:: Rolle, Marsha Whitney
Éditeur:: Worcester Polytechnic Institute
date créée:: 2024-04-24
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Biomedical Engineering

4. Scaling Production of Cultured Meat: Decellularized Plant Suspension Carriers, Satellite Cell Attachment Kinetics Under Shear Stresses, and Algal-Driven Media Recycling

Mot-clé:: Bioprocessing, Skeletal Muscle, Suspension Culture, Cultured Meat, Tissue Engineering, and Food
Créateur:: Thyden, Richard
Advisor:: Dominko, Tanja
Éditeur:: Worcester Polytechnic Institute
date créée:: 2024-04-12
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Biomedical Engineering

5. Development of 3D Human Scaffold-free Functional Vascular Tissue Models Using Cellular Self-assembly

Mot-clé:: vascular tissue engineering, cellular self-assembly, smooth muscle and endothelial cell co-culture, stem cell differentiation, and mechanical conditioning
Créateur:: DeMaria, William
Advisor:: Rolle, Marsha Whitney
Éditeur:: Worcester Polytechnic Institute
date créée:: 2024-04-24
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Biomedical Engineering

6. Development of Furan-Modified Hyaluronic Acid Using an Epoxide Ring Opening Reaction for Biomedical Applications

Mot-clé:: Traumatic Spinal Cord Injury, Reactive Oxygen Species, Hyaluronic Acid, Biomaterial, Furan Modification, and Diels-Alder Click Chemistry
Créateur:: Smith, Emma
Advisor:: Coburn, Jeannine M
Éditeur:: Worcester Polytechnic Institute
date créée:: 2024-04-24
Resource Type:: Thesis
Degree:: MS
Unit (Department):: Biomedical Engineering

7. Microfluidic High-Throughput Methods for the Induction and Characterization of Repeatable, Titratable Traumatic Neural Injury in the Nematode Caenorhabditis elegans

Mot-clé:: Neural Imaging, TRPV4, C. elegans, Traumatic Brain Injury, and Microfluidics
Créateur:: White, Hamilton
Advisor:: Albrecht, Dirk
Éditeur:: Worcester Polytechnic Institute
date créée:: 2023-12-08
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Biomedical Engineering

8. From Farm to Lab: The Potential of Decellularized Plant Leaves for Sustainable Meat Production

Mot-clé:: Skeletal Muscle, Cultured Meat, Decellularization, Cellular Agriculture, and Lab-grown Meat
Créateur:: Jones, Jordan
Advisor:: Gaudette, Glenn and Dominko, Tanja
Éditeur:: Worcester Polytechnic Institute
date créée:: 2023-12-13
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Biomedical Engineering

9. Development of a Transparent Peptide Functionalized Bacterial Derived Cellulose Wound Dressing

Mot-clé:: Cellulose, Transparency, Antimicrobial Peptides, Cellulose Binding Peptides, Biomaterials, and Wound Dressing
Créateur:: van Zyl, Elizabeth
Advisor:: Coburn, Jeannine M
Éditeur:: Worcester Polytechnic Institute
date créée:: 2023-08-03
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Biomedical Engineering

10. Engineered blood vessels with spatially distinct regions for disease modeling

Mot-clé:: smooth muscle, bioreactor, microsphere, tissue engineered blood vessel, and disease modeling
Créateur:: Strobel, Hannah A.
Advisor:: Rolle, Marsha Whitney
Éditeur:: Worcester Polytechnic Institute
date créée:: 2018-04-24
Resource Type:: Dissertation
Degree:: PhD
Unit (Department):: Biomedical Engineering